For Developers

Simulation & Validation

Test connected software safely - from digital twin to hardware bench.
深度指挥官流
Sibros Simulation & Validation enables engineers and developers to model, test, and validate connected vehicle software before it hits the road. By combining software-in-the-loop (SIL), hardware-in-the-loop (HIL), and digital twin capabilities with the same Deep Connected Platform (DCP) used in production, teams can simulate real-world conditions, validate OTA campaigns, and debug apps or backends - without needing full vehicles or legacy test rigs. Ideal for OEM engineering teams, Tier-1 suppliers, and third-party developers, it provides an agile, modern alternative to costly standalone simulation environments.

Key Capabilities

Virtual Vehicle Twins

Spin up digital replicas of vehicles or ECUs with configurable CAN/LIN/Ethernet networks, power states, and sensor inputs.

Signal Injection & Scenario Scripting

Replay real drive logs or create custom routes, events, and fault states (low SOC, overheating, network drop) to test feature logic and edge cases.

SIL / HIL Integration

Connect virtual ECUs or physical hardware benches for mixed testing; validate OTA updates and commands in safe, controlled conditions.

OTA Campaign Simulation

Stage and execute full update workflows - including delta packages, dependencies, and rollback - before deploying to real fleets.

Remote Diagnostics & Command Testing

Issue commands (resets, mode switches, calibrations) against simulated targets to ensure backend services respond correctly.

Protocol & Network Emulation

Model CAN, LIN, Ethernet, and IP traffic with controllable latency, errors, and dropouts.

Data & Analytics Pipeline Validation

Test how your apps, dashboards, or analytics handle real-world telemetry volume, format changes, and event bursts.
Why It Matters

Why It Matters

Reduce Risk Before Launch

validate updates and data flows long before vehicles ship.

Vehicle status monitoring

Cut Dependence on Legacy Rigs

 replace costly, wired tools (Vector, dSPACE, Bosch) with a connected, cloud-native stack.

Theft detection and prevention

Accelerate Development

developers can test new features and integrations anytime, anywhere.

Theft detection and prevention

Unify Test & Production

one platform for simulation, OTA, diagnostics, and live fleet operations.

Use Cases

Use Cases

OEM Pilots & Early Deployments

Deploy a connected fleet without waiting for in-house telematics maturity.

New EV Startups

Jumpstart compliance, updates, and telemetry with a turnkey connected stack.

Fleets & Specialty Vehicles

Gain monitoring, diagnostics, and remote update capabilities without building custom hardware + cloud integrations.

Business Outcome

Lab & hardware cost
by reducing reliance on proprietary test benches.
Field failures & recalls
via thorough pre-launch validation.
 Developer velocity
faster iteration on apps, services, and OTA logic.
Confidence in updates
with campaign dry-runs and automated rollback validation.

资源

下一代 SDV 应用程序:更智能的汽车,更智能的旅程。
Video

下一代 SDV 应用程序:更智能的汽车,更智能的旅程

探索新一代 SDV 应用程序,重新定义移动实时诊断、OTA 更新、车载个性化和云智能,将车辆转变为可升级的智能车轮平台。
2025 年全球乘用车市场地图显示了关键地区的电动汽车采用率和 SDV 的领先地位。
Blog Post

2025 年乘用车力量地图:谁领先,谁输了,下一步是什么

探索 2025 年全球乘用车格局:电动汽车的采用趋势、SDV 的进步以及塑造出行未来的市场领导者。
智能农用拖拉机由软件定义车辆 (SDV) 技术提供动力,代表了美国、印度和新兴市场的全球 OEM 创新。
Blog Post

从爱荷华州到印度:深入了解全球拖拉机主导地位之战

探索从爱荷华州到印度的 OEM 重塑互联农业的未来,SDV如何推动全球智能拖拉机主导地位的竞赛。

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